Q&A: A vet tech with heart


Q&A: A vet tech with heart

Ed Durham, author of a new veterinary cardiology textbook for technicians, has a passion for his specialty, for education and for empowering his peers to do more.

Portrait of the artist as a young veterinary technician. (Photo courtesy of Ed Durham)Inspired by his stepfather DVM’s cardiology knowledge, Ed Durham, CVT, RVT, LATG, VTS (cardiology)—today senior veterinary technician at Ross University School of Veterinary Medicine (RUSVM) and editor of Cardiology for Veterinary Technicians and Nurses (Wiley Blackwell, 2017)—has made a decades-long career of studying the heart and proving to veterinarians that veterinary technicians can do more than anyone ever thought possible.

In this exclusive interview with dvm360, Durham shared with us his origin story (up in the sky, it’s a bird, it’s a plane … it’s an ECG!) as well as thoughts on his new textbook and exactly what vet techs should be learning—and practicing—when it comes to affairs of the (pet) heart.

dvm360: Why cardiology, of all things? What inspired you to learn so much about it? A particular patient, a particular event, a particular mentor, a particular passion?

Durham: My love of cardiology started when I was working with my stepfather. He was the go-to veterinarian for cardiology in Mesa, Arizona, in the 1970s and 1980s, when there were no cardiology specialists in the area. He also worked with a local human cardiothoracic surgeon in research, and I came to work with the same surgeon at a human hospital. I was privileged to work with some of the best human open-heart surgeons in the Phoenix area in research that led in 1985 to placing a non-FDA-approved “total artificial heart” in a human patient until a new donor heart could be located.

Cardiology is that mystery, that unknown thing in a black box.

Then I took a position at the University of Missouri, working with John Bonagura, DVM, MS, DACVIM, in the veterinary teaching hospital. He showed me the intrigue of internal medicine over surgery and spurred my career with his mentorship. I became fascinated with the structure and fine function of the heart and vascular system. Over the years, with cardiologists Alan Spier, DVM, PhD, DACVIM, and Deborah Fine, DVM, MS, DACVIM, we performed cardiac catheterization, including implantation of pacemakers.

One patient that stands out for me was a dog named Molly. Molly was a search-and-rescue dog that located people buried in the rubble of earthquakes and tornadoes. She developed a complete heart block and needed a pacemaker. After treatment, she returned to seeking out the injured in catastrophic events. We affectionately dubbed her “Unsinkable Molly.”

dvm360: Did you ever think about veterinary school, or is there something about veterinary technology that drew you to this role?

Durham: I did consider going to veterinary school but chose not to. I realized early on that we have lots of great vets—what we need are more great nurses. I charted a course for myself that would allow me to be a “mover and shaker” of the veterinary technology profession.

I thought I should go to vet school and become a dog heart surgeon. Not a terribly practical choice, I found out. Open heart surgery is a very limited field in veterinary medicine.

To that end, I worked with other veterinary technicians to create an academy for those who want to specialize in internal medicine. My section was cardiology, of course. I served as director-at-large for the Academy of Internal Medicine for Veterinary Technicians (AIMVT) for 12 years. We wrote the examination for the Veterinary Technician Specialist (VTS) certification in cardiology. From there, we realized there was a dearth of textbooks for veterinary technicians who wanted to study cardiology. Cardiology for Veterinary Technicians and Nurses attempts to solve that problem. The contributors are all either boarded cardiologists or charter members of the AIMVT and hold a VTS in cardiology. My ultimate goal is to become a professor at a veterinary technical college.

dvm360: What took you to RUSVM, and how long have you been in the Caribbean?

Durham: I moved to St. Kitts in November 2015. The anesthesia department at RUSVM had an opening, and I felt cardiology was important enough to anesthesia that I could still use it. The challenge of learning a new discipline closely related to cardiology and getting to live in the Caribbean were irresistible. St. Kitts is a beautiful island with the most delightful people. Living in a place in which I can swim in the ocean before work is a dream come true for me.

During my years at Missouri, I worked mostly with senior-level students in their last year of study. At RUSVM, the students are just at the stage of leaving the classroom and starting with more hands-on skills. This shift from written to oral examination can be difficult for many students at first, but with careful guidance they're able to make the paradigm shift. The school has put me in a place where I can have a huge positive impact on these students.

dvm360: Is there anything that’s harder or easier about veterinary medicine on St. Kitts compared to the States?

Durham: St. Kitts and Nevis is a smaller island, and pets are not as common as they are in the U.S. Many of the animals are farm animals (mostly livestock) or strays. In most cases, pet care on the island is general practice, with specialty and advanced surgeries referred to the school.

RUSVM gives students an opportunity to gain hands-on experience researching tropical diseases, see what veterinary medicine has to offer outside of the U.S., and prepare to meet global health needs. These students are exposed to practicing veterinary medicine without all the advanced technology. They see how their skills will not just create a better life for pets, but in developing countries how veterinarians are integral to the food chain and the income of families.

(Photo courtesy of Ed Durham)dvm360: What’s changed the most in veterinary cardiology as you look back? What hasn’t?

Durham: The most significant change in cardiology has been the advent of new medications like pimobendan, which has significantly improved treatment of congestive heart failure. We even have evidence now that early use of pimobendan can increase the sign-free period in many dogs with heart disease. This data was just released in June of 2017.

The other change I’m excited about is the advancement of pacemaker technology. At the beginning of my career, we couldn’t do physiological pacing, and we were relegated to simply maintaining a dog at a fixed heart rate all day and all night long. Today, the most modern pacemakers developed by the manufacturers do a better job of mimicking the patient’s normal function by providing heart rate variability that will actually change with the patient’s activity minute to minute.

The most significant change in cardiology has been the advent of new medications like pimobendan.

One area that has changed little is electrocardiography. The technology for identifying and characterizing an arrhythmia as an electrocardiogram was invented in the late 19th century, and it’s an extremely valuable diagnostic I feel is underused by most veterinarians. It’s not as difficult as many believe!

dvm360: What key things in your new book Cardiology for Veterinary Technicians and Nurses do you think are absolute musts for all technicians?

Durham: I find the echocardiography, interventional procedures and congenital heart disease chapters very interesting, but knowing how the heart works and how to detect abnormalities is an important skill for veterinary technicians. For example, some murmurs and gallop sounds are labile and may be not apparent to the DVM, but they might be heard by a skilled veterinary technician during the initial TPR exam. If the DVM respects the veterinary technician’s opinion, serious disease may be identified early and appropriately treated.

dvm360: Where do you think cardiology needs to go next?

Durham: I’ve been working on an idea to create a new position for veterinary technicians who want something bigger, better and more lucrative than the standard position. I’d like to see cardiology technicians take more of a role in performing echocardiograms. In human medicine, an echosonographer performs the echocardiogram, and then a cardiologist interprets it. In veterinary medicine, veterinary cardiologists perform their own echocardiograms.

I want cardiology veterinary technicians to perform the bulk of echocardiograms, with cardiologists visiting the lab at the end of the study to take the probe and review the heart without spending valuable time collecting the standard image planes. Qualified cardiology veterinary technicians can also perform the measurements, freeing up the cardiologist to spend more time with clients and patients that require their attention.

This role is similar to what we see in anesthesia. The boarded anesthesiologist rarely “sits” a case but directs the actions of the qualified veterinary technicians.

dvm360: Our data shows that vet techs think they don't get enough training in cardiology during school. Do you agree? What would you consider adding to the curriculum?

Durham: Many veterinary technicians tell me they find cardiology intimidating or confusing. They’re exposed to some concepts in school, but perhaps not enough to make a difference in how they perform their jobs. Schools could benefit from a cardiology veterinary technician specialist teaching cardiology.